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Demo to show 10-Base-T1S network with symbol decoding ...
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Andreas Kirsch deb7b6dce2 Updated ReadMe.md and added new GPs 2026-06-01 16:36:09 +02:00
resources Added GP_02/GP_03.bmp 2026-06-01 16:18:25 +02:00
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Check_10BaseT1S_Comet_AE02_1920x1080.vs3 Added decoding for AE06 (Comet3), Combined AE02 (Comet2) + AE06 (Comet3) on GP Message count and Signal Plot -> independancie of connection to devices 2026-06-01 15:30:32 +02:00
README.md Updated ReadMe.md and added new GPs 2026-06-01 16:36:09 +02:00

README.md

10-Base-T1S Demos

Check_10BaseT1S_Comet_AE02.vs3

Check_10BaseT1S_Comet_AE02_1920x1080.vs3

Graphical panel 1

This was started with Betaversion VehicleSpy _3.9.19.3

Setup

Graphical panel 2

Setup

Graphical panel 3

Added for TEX2026

Setup

Showcase

Initially this setup was used with RAD-Comet. The received messages are filtered by MAC address. Graphical Panel 1:
Depending on the filtered message the graphical panel shows from which "node" the data was received. 
Graphical Panel 2:
New setups for RAD-Comet2 and RAD-Comet3 also will be able to show Symbols and Beacon
Graphical Panel 3:
For Testing Expo 2026 the setup additionally was extended to use RAD-Moon-T1S media converter and RAD-GigaStar2.
Within graphical panel 3 the same waveform from RAD-Meteor Nodes1 and 2 are shown, but received on AE03 of RAD-GigaStar2.

WireShark could be used to visualize the 10-Base-T1S to 100-Base-T1 converted stream monitoring the RAD-Moon-T1S output. If ICSCAP driver is installed (copy ICSCAP.exe to \Wireshark\extcap) also Symbols and Beacon might be monitored – „malformed frames“ since it is no ethernet frame but internally extracted data in RAD-GigaStar2, RAD-Moon-T1S or RAD-Comet2/3

Requirements

Initial setup

  • RAD-Comet, RAD-Comet2 or RAD-Comet3

    • 10-BaseT1S - Local ID=0

  • two (several) RAD-Meteor including USB-C cable

    • set with individual local Ids (e.g. ID1 and ID2)

  • Cabeling to connect RAD-Meteors and RAD-Comet

  • USB-powersupply for x-RAD-Meteor

Extended setup

  • RAD-Moon-T1S (e.g. ID3)

  • RAD-GigaStar2 (e.g. ID4)

Used Vehicle Spy version

Beta 3.9.19.3

3.26.2.29 (01.06.2026)

Setup

Initial setup

  1. Connect RAD-Comet 10-Base-T1S port to several RAD-Meteor

  2. Power the RAD-Meteors via USB

  3. Connect RAD-Comet via USB-C to the PC

Extended setup

  1. Connect RAD-Moon-T1S to RAD-Comet

  2. Connect RAD-GigaStar2 to RAD-Moon-T1S

  3. Connect RAD-Moon-T1S via USB-C and Ethernet to the PC

  4. Connect RAD-GigaStar2 via USB-C (maybe also with Ethernet) to the PC

Usage

  1. Open the setup and check the RAD-Meteors MAC addesses in the AE02/AE03 and AE06 network settings.
    (T.B.D might be improved thru global settings with application signals)

  2. Go online with Vehicle Spy (e.g. with RAD-Comet).

  3. To start the individual nodes, press the yellow button and start "run".

  4. Start WireShark and Monitore raw Ethernet stream (RAD-Moon-T1S)

  5. Have a second instance of WireShark to monitor also the symbols/beacon using ICSCAP connection (e.g. RAD-GigaStar2)